Provide robust density functional theory workflows for calculating thermodynamic properties in temperature and composition space.
- Clone the repository to your local machine
- Create a new branch for your addition or changes (
git checkout -b mybranchname
) - Write code or make changes and commit them to your branch
- Push your branch to the repository (
git push origin mybranchname
) - Submit a pull request
After you submit a merge request, other members of the group are able to review your changes and give feedback. Someone with a rank of Master or higher in the project can merge your commits into the master branch.
In general, code style should follow PEP8 and PEP20. Specifics are summarized below:
- Code should be indented using spaces, not tabs. One indentation = 4 spaces
- Lines longer than 100 should be manually wrapped, but prefer readability
- Minimize blank lines: 2 around top level classes functions, 1 in nested functions
- Workflows, Fireworks, and Firetasks should follow the same naming scheme as in atomate
- Include docstrings for classes and functions (see code), add comments where needed
- Function and variable names should be descriptive (not 'x' or 'xx') and all lowercase_with_underscores
- Class names should be descriptive CapitalWords